In this review, we categorize chaotic systems with special properties in their equilibrium into
eight groups: Systems with no equilibrium (NE), systems with stable equilibrium (SE) …

This paper strives to achieve a comprehensive review of chaos in analog circuits and
lumped electronic networks. Readers will be guided from the beginning of the investigations …

Edward Lorenz was an early pioneer of the chaos theory. He discovered that small changes
in initial conditions produce large changes in long-term outcome, and introduced a chaotic …

In recent years designing new multistable chaotic oscillators has been of noticeable interest.
A multistable system is a double-edged sword which can have many benefits in some …

This paper describes recent findings achieved during a numerical investigation of the circuit
known as the Clapp oscillator. By considering the generalized bipolar transistor as an active …

This review paper describes a design process toward fully analog realizations of chaotic
dynamics that can be considered canonical (minimum number of the circuit elements) …

This paper yields process of development, numerical analysis, lumped circuit modeling, and
experimental verification of a new hyperchaotic oscillator based on the fundamental …

This brief paper shows that robust chaotic behavior can be detected within a tuned-collector
single-stage transistor-based oscillator. The content of this work also contributes to the …

This paper contributes to the problem of chaos and hyperchaos localization in the
fundamental structure of analog building blocks dedicated to single-tone harmonic signal …

In this work a novel chaotic system with a line equilibrium is presented. First, a dynamical
analysis on the system is performed, by computing its bifurcation diagram, continuation …